Fiber Optic Visual Fault Locator

Fiber Optic Visual Fault Locators

The fiber optic visual fault locator, or VFL is an essential tool for identifying problem areas in a run of fiber optic cable. It uses a 650nm laser to diagnose, troubleshoot, and resolve problems in an efficient manner. Fiber optic visual fault locators are commonly used to: detect breaks in the fiber, identify defective connectors, perform continuity checks, locate loss inducing bends, and optimize fiber splices.

For a cost efficient and effective solution, Primus Cable provides the Fiber Checker Pro (VFL) RoHS Compliant. Ideal for troubleshooting fiber cable, this fiber optic visual fault locator sends a visible 650nm wavelength red laser through fiber creating a bright glow around the faulty area. The universal connector can be used for the most common fiber interfaces such as ST/SC/FC/FDDA.

This fiber optic visual fault locator is suitable to test both single mode and multimode cables. With an optional 2.5mm to 1.25mm adapter, users can even test 1.25mm fiber cables.

This fiber optic certifier stores up to 1,000 data points including: run labels, fiber type, and link information. It has a built in loss wizard to calculate the maximum allowable loss. The USB port expedites data logging, downloading, and report printing. The reporter software in this fiber optic certifier formats fiber certification reports for printing.

Fiber Checker Pro with Adapter The TL4-4402 Fiber Checker Pro is used for checking the defects of a fiber cable. It sends a visible 650nm wave length red laser light through a fiber optic cable, the breaks or faults in the fiber will refract the light, creating a bright glow around the faulty area. The universal connector can be used for the most common fiber interfaces such as ST/SC/FC/FDDA. It is suitable to test both single mode and multimode cables. With an optional 2.5mm to 1.25mm...

Fiber Checker Pro II Fiber Checker Pro II is used during installation and repair to find faults, checking continuity, verifying signal path and identifying fiber. It tests single mode, multimode and plastic fibers. It has the capacity to test fiber cables ranging 0~5km. Fiber Checker Pro II emits a bright red light that can easily locate a fiber fault or a loss point. When testing for continuity, it simply discloses the fiber cable being tested from a bundle of fiber cables. Alternatively, a...

Fiber Checker Pro II with Adapters Fiber Checker Pro II is used during installation and repair to find faults, checking continuity, verifying signal path and identifying fiber. It tests single mode, multimode and plastic fibers. It has the capacity to test fiber cables ranging 0~5km. Fiber Checker Pro II emits a bright red light that can easily locate a fiber fault or a loss point. When testing for continuity, it simply discloses the fiber cable being tested from a bundle of fiber cables....

180XL Visual Fault Locator (VFL) Up to 7km The 180XL Visual Fault Locator from Greenlee is an indispensable tool for quickly identifying bending losses and breaks in optical fibers. It tests for continuity, breaks, macro-bends, and errors caused by dirty connectors. If a fiber is bent too tightly, red laser light will be seen escaping through the cable jacket. Likewise if a fiber is broken, escaping light will be visible where the break is located.

Fiber OWL 4 BOLT Series Test Kit with Light Source Many fiber optic network bids and Requests For Quote (RFQ) are citing cabling standards to specify the set of guidelines (such as fiber length) that the network installer must follow during the network installation. Adherence to such standards is meant to ensure the quality of the installation and guarantee that the network will perform as it was designed. The process of testing a network installation to ensure its adherence to specified...

Multimode Fiber Certification Test Kit with Integrated Fiber Length Testing Many fiber optic network bids and Requests For Quote (RFQ) are citing cabling standards to specify the set of guidelines (such as fiber length) that the network installer must follow during the network installation. Adherence to such standards is meant to ensure the quality of the installation and guarantee that the network will perform as it was designed. The process of testing a network installation to ensure its...